Search Results - "Klejwa, N"

SU-8 force sensing pillar arrays for biological measurements by Doll, Joseph C, Harjee, Nahid, Klejwa, Nathan, Kwon, Ronald, Coulthard, Sarah M, Petzold, Bryan, Goodman, Miriam B, Pruitt, Beth L

“…The generation and sensation of mechanical force plays a role in many dynamic biological processes, including touch sensation. This paper presents a two-axis…”
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Magnetic, Mechanical, and Optical Characterization of a Magnetic Nanoparticle-Embedded Polymer for Microactuation by Tsai, K L, Ziaei-Moayyed, M, Candler, R N, Wei Hu, Brand, V, Klejwa, N, Wang, S X, Howe, R T

“…We have characterized the magnetic, mechanical, and optical properties of SU-8 polymer with embedded nickel nanoparticles (SU8-Ni) of concentrations ranging…”
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A reel-to-reel compatible printed accelerometer by Klejwa, N., Hennessy, R. G., Chen, J.-W P., Howe, R. T.

“…This paper describes the fabrication and testing of a one-axis polymer-based capacitive accelerometer made using a reel-to-reel/roll-to-roll compatible,…”
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Suppression of wear in cyclically loaded polycrystalline silicon MEMS via a thin silicon carbide coating by Laboriante, I., Klejwa, N., Suwandi, A., Carraro, C., Howe, R. T., Maboudian, R.

“…The surfaces of a microfabricated polysilicon test structure, designed to measure adhesion forces in MEMS, were modified with a thin (~50 nm) silicon carbide…”
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Temperature dependence of vacuum encapsulated resonators for humidity measurement by Hennessy, R. G., Shulaker, M. M., Messana, M. W., Graham, A. B., Klejwa, N., Provine, J., Kenny, T. W., Howe, R. T.

“…This paper demonstrates the effect of temperature on humidity measurements using a charge-biased microshell encapsulated single-anchored double-ended tuning…”
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Transparent SU-8 Three-Axis Micro Strain Gauge Force Sensing Pillar Arrays for Biological Applications by Klejwa, N., Harjee, N., Kwon, R., Coulthard, S.M., Pruitt, B.L.

“…This paper presents three-axis micro strain gauge force-sensitive pillar arrays constructed of multiple layers of SU-8 and metal on quartz substrates to create…”
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Laser-printed magnetic-polymer microstructures by Klejwa, N., Misra, R., Provine, J., Klejwa, S.J., Zhang, M., Wang, S.X., Howe, R.T.

“…We developed a new process for laser-printing a thin-film magnetic-polymer composite microstructural material directly onto planar silicon substrates and…”
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